If the value of the right operand is zero, a System.DivideByZeroException is thrown.

The division rounds the result towards zero, and the absolute value of the result is the largest possible integer that is less than the absolute value of the quotient of the two operands. The result is zero or positive when the two operands have the same sign and zero or negative when the two operands have opposite signs.

If the left operand is the smallest representable int or long value and the right operand is –1, an overflow occurs. In a checked context, this causes a System.ArithmeticException (or a subclass thereof) to be thrown. In an unchecked context, it is implementation-defined as to whether a System.ArithmeticException (or a subclass thereof) is thrown or the overflow goes unreported with the resulting value being that of the left operand.

The quotient is computed according to the rules of IEEE 754 arithmetic. The following table lists the results of all possible combinations of nonzero finite values, zeros, infinities, and NaN’s. In the table, x and y are positive finite values. z is the result of x/y. If the result is too large for the destination type, z is infinity. If the result is too small for the destination type, z is zero.

+y

–y

+0

–0

+∞

–∞

NaN

+x

+z

–z

+∞

–∞

+0

–0

NaN

–x

–z

+z

–∞

+∞

–0

+0

NaN

+0

+0

–0

NaN

NaN

+0

–0

NaN

–0

–0

+0

NaN

NaN

–0

+0

NaN

+∞

+∞

–∞

+∞

–∞

NaN

NaN

NaN

–∞

–∞

+∞

–∞

+∞

NaN

NaN

NaN

NaN

NaN

NaN

NaN

NaN

NaN

NaN

NaN

•

Decimal division:

decimal operator /(decimal x, decimal y);

If the value of the right operand is zero, a System.DivideByZeroException is thrown. If the resulting value is too large to represent in the decimal format, a System.OverflowException is thrown. If the result value is too small to represent in the decimal format, the result is zero. The scale of the result is the smallest scale that will preserve a result equal to the nearest representantable decimal value to the true mathematical result.

Decimal division is equivalent to using the division operator of type System.Decimal.

7.7.3 Remainder operator

For an operation of the form x%y, binary operator overload resolution (§‎7.2.4) is applied to select a specific operator implementation. The operands are converted to the parameter types of the selected operator, and the type of the result is the return type of the operator.

The predefined remainder operators are listed below. The operators all compute the remainder of the division between x and y.